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®

WARRANTY
Vcomm Pty Ltd states that the warrant that the customer can rely on is that 
provided by the manufacturer.  In the event of any warranty claim please 
contact us and we will forward it to the manufacturer. The manufacturer will 
then determine the extent of their liability.  This expressly negates, to the 
extent possible by Australian law, any warranty reliance on Vcomm Pty Ltd.

RL-BV2000

AV Distribution Range

‘linx-AV’ 4 x 8 Component Video/Audio Matrix Switch

www.resi-linx.com

ABN: 99 091 281 524

Vcomm Pty Ltd

INSTALLATION MANUAL

A

B

D

C

E

F

G

H

I

12V DC

 INPUT

IR   REPEATERS

A1

1

2

IR SELECT

A B C D E F G H

A2

2-Y             Pb/Cb            Pr/Cr                  4-Y             Pb/Cb            Pr/Cr

1-Y             Pb/Cb            Pr/Cr                  3-Y             Pb/Cb            Pr/Cr

2

1

COMMON

RS232

A3

A4

S

O

U

R

C

E

B             D              F              H                B             D              F              H    

RL-BV2000

IR

OUTPUT

 

I

1

2

3

4

OUTPUT 

I I

A             C              E              G                A             C              E              G    

A  B  C  D  E   F  G  H    

OUTPUT

H

K

 M

RL-BV250B

J

L

Cable Requirements

4 pair twisted cable 

Hardware Connection

1.  Ensure all power to equipment is switched off prior to 

installation.

RL-BV2000

2.  Connect Component Video lead (red, green, blue) 

from RCA Video output   1   A   of Transmitter to the 
Component terminals of AV Source.

3.  Connect 3.5mm Audio cable from Audio terminals 1   B   

of Transmitter to the Analogue Audio terminals of the AV 
Source.

4.  Repeat steps 2 - 3 for Source 2 - 4 inputs.

5.  Connect RL-IR700/800* IR emitter to Common output   D   

of Transmitter.  Place the other end within 25cm of the IR 
receiver on the AV source (depending on environmental 
conditions).

6.  For Discrete IR control, connect RL-IR700/800 IR emitter 

from Discrete output  1 or 2     C    and place emitter 
head in front of IR Receiver of the desired device using 
RL-ACC160* IR Emitter Shield.   Choose which Discrete 
IR source is to be controlled in each zone.  Select via Dip 
Switch   E     Discrete Emitter output port 1 or 2 and the 
corresponding zone A, B etc.

7.  Connect 2 x RJ45 sockets of Transmitter (OUTPUT 

I

and OUTPUT 

II

A) to corresponding INPUT 

and

 

INPUT

 

II 

Receiver in zone A via 4 pair twisted cable.  Repeat for 

zones B - H.  (eg. OUTPUT 

I

B and 

II 

B to zone B INPUT 

I  

and

 II)

 

8.  Connect RS232 cable    F    to control system.

RL-BV250B 

9.  Connect Component Video lead (red, green, blue) from 

RCA Video output    J   of Receiver to the corresponding 
RCA Video input on the Component device (TV, etc).

10.  Connect Analogue Audio lead (green) from Analogue 

Audio output   M   of Receiver to corresponding Audio 
input of the Component device (TV, etc).

11.  Connect RL-BV500* IR target to input    L   of Receiver.   

Flat target can be easily mounted (either directly using 
adhesive backing, or by using RL-ACC150* Target 
Mount) to the desired location, anywhere within the line 
of sight of remote controls. 

12.  Repeat steps 9 - 11 for connection of zones B - H.

13.  Connect supplied 12V DC switch mode power pack to 

power input   G   on Transmitter.  

14.  Once installation is complete, switch on power to all 

equipment.  Indicator LED’s will illuminate to show which 
Source 1 - 4 is selected in each of the Zones A - H.                           

* Sold separately

B

A  RCA Video output

B   Analogue Audio output A1 - A4

C  Discrete IR Emitter outputs

D  Common IR Emitter outputs

E  Discrete IR Select switch

F  RS232 output

G  12V DC Power input

H  RJ45 socket

 I  Indicator LED’s

J  RCA Video output

K  RCA Digital Audio output

 

(not used)

L  IR Target input

M  Analogue Audio input

Transmitter

Receiver

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